Home
Artists
Search Recent Random
Posts
Search DMs Popular Hash Lookup Tags Random
Importer
Import FAQ
Register
Partychan Telegram Live Sex ThePornDude
Home Artists Posts Import Register

CTR 2.1 RC5 (ver.22) - ready! (Patreon)

Published:
2021-05-06 09:47:05
Edited:
2021-05-06 10:46:58
Imported:
2021-05

Downloads

Content

Cinebench R20 included. Before you use the new smart diagnostic, make sure you have curve disabled in the BIOS and DRAM OC must be stable. CPU LLC has an incredible impact on stability. At the end of the guide there is some more information about CTR 2.1 RC5.


How to make a diagnosis & profile creation (VIDEO)

How to activate profiles + quick performance test for PX and P1 profiles  (VIDEO)

_______

The program is in a 7-ZIP archive.  Download the archiver
.NET Framework to 4.8. Download
_______                

What's new?

  • Improved support Renoir. AGESA 1.2.0.0 and newer.
  • Dynamic profiles for Renoir disabled. It makes no sense, because the architecture does not allow the processor to run at high frequencies. Quick profile creation is available.
  • Improvement of the CPPC detection mechanism.
  • The voltage for OB test is reduced for some processors (the reason is weak cooling system of users). Some users let warm air from the video card through the CPU AIO heatsink, thereby the video card heats the processor. Yes, I know that this is a user problem, but I want to help a little bit.
  • Double check the temperature peak during diagnostics. Prevents alternate diagnostics from activating in some cases.
  • Temperature reduce for Zen 2 in some load types.
  • Other minor bug fixes.

_______

Special thanks to @Riwwelorsch, @Ann Martiné, @ACE, @arcanazen, @DayDreamer, @Gadfly, @rizlah , @&&Devin, @Bloax , @RdWing and @wanderinarcheologist  for help with development and testing RC5.
_______

I am now starting to create the CTR 2.1 RC6 which will increase the power efficiency of the profiles in light to medium loads. The RC6 will also be able to dynamically increase the voltage for P1 profile to achieve more performance depending on conditions and load.

The next video tutorial "how to configure OB for PX" you will see at the weekend at the earliest.

Comments

Rory O'Donnell

tab order for input boxes not in correct sequence. Click on any input box, then press tab to reproduce

Rory O'Donnell

I also received "weak cooling system" message. I've got a 5950x with a Noctua D15 chromax, not the best, but not bad. I've ran CTR from cold when GPU temps around 45/50 idle

1usmus
>>59266559

I did not add indexes to use the Tab button. Tab - unupported. In the next update I will do this.

1usmus
>>59266606

Do you think this is good cooling for a $1000 processor? All Noctua's have an uneven heat distribution plate (has a hump).

Anonymous

very happy to read some new updates for the ''old'' Zen 2, great job Yuri!

iNerd

imagine someone tells us we must run 10km and outside is 50‘C? Hell noh! Or run 10km at -10‘C? But running or walking 10km on 18 - 23‘C is lot different story. Same is with cpus or other machines. i run very slow when outside is really hot. And believe me if i could - i would reboot myself aswell to show how bad this is for me hahahah :))

Anonymous

This version rebooted my machine during the "Manual overclocking mode enabled" once I got down to Diagnostic VID 1125. Upon reboot, CTR didn't re-launch itself like it does if it reboots during the OB testing phase. It seems that everything is fine as it has filled in all the profiles, but just figured I'd report it in case that's not expected behavior.

Anonymous

Also, I'm a bit confused about the behavior of the calculate p1/p2 buttons in the profile with this version. By default, CTR v22 recommended my P2 profile as 1150mv, CCX1OB 32, CCX2OB 48, and CCX1/2 at 4525/4325 (AMD 5950x). After I get my defaults, I like to play around with increasing the VID to see if I can get higher P1/P2 temps. I increased it just a little to 1175 and the thermals went way high, like 80s, which is odd because with v21 I can run it at 1275mv in the low 70s. So I put it back to the default tested 1150mv and got an even worse result than what I got by testing! It hit mid 80s again then came back with 4400/4200 for CCX1/2. Why would there be such wildly different results in thermals/speeds in this case? Even stranger, is that I can set my P1 profile (which has the same OB values for CCX1 and 2) to 1225mv VID (up from the 1050mv default) and get FASTER speeds on BOTH CCX's than the P2 profile! Here's a link to a screenshot showing how my P1 profile was able to run faster than P2 at a higher voltage than P2. https://imgur.com/a/4muGp4j

Anonymous

Hello Yuri, Thanks for ur Work. CTR is the Greatest bit of Software for an Ryzen 5000 Owner. I have a Question: My P1 and P2 Profile are 4100MHz at 1000mV, but the idle profile is at 1.1 V. Is there a Chance to manually adjust the Voltage for the IDLE Profile? Greetz from Germany

iNerd

I like it really! Just got CB20 8883Points for the first time! Thanks Yuri! ***ClockTuner for Ryzen 2.1 RC5(ver.22) by 1usmus*** AMD Ryzen 9 5900X 12-Core Processor ASUS ROG CROSSHAIR VIII DARK HERO BIOS ver. 3501 SMU ver. 56.50.00 TABLE ver. 3672069 DRAM speed 3800 MHz 05/06/2021 22:01:03 P1 FREQ CCX1# 0MHz FREQ CCX2# 0MHz VID# 1175mV Usage trigger# 81% OB CCX1# 1 OB CCX2# 1 P2 FREQ CCX1# 0MHz FREQ CCX2# 0MHz VID# 1275mV Usage trigger# 30% OB CCX1# 1 OB CCX2# 1 PX FREQ HIGH# 0MHz FREQ MID# 0MHz FREQ LOW# 0MHz VID HIGH# 1375mV VID MID# 1375mV VID LOW# 1350mV OB HIGH# 1 OB MID# 1 OB LOW# 1 Usage trigger# 12% PX OB LIMIT# 75MHz 22:03:41: Stress test stopped. TDC limit reached! 28.5A TDC limit reached! 28.2A TDC limit reached! 28.6A TDC limit reached! 37.1A TDC limit reached! 33.7A TDC limit reached! 27.6A TDC limit reached! 36.8A TDC limit reached! 36.4A TDC limit reached! 32.8A TDC limit reached! 33.5A TDC limit reached! 39.2A TDC limit reached! 31.4A TDC limit reached! 38.3A TDC limit reached! 32.3A TDC limit reached! 34.4A TDC limit reached! 28.7A TDC limit reached! 31.1A TDC limit reached! 42.2A TDC limit reached! 33.3A TDC limit reached! 28.2A TDC limit reached! 33.4A TDC limit reached! 33.2A PPT limit reached! 89W PPT limit reached! 89.1W PPT limit reached! 89.4W PPT limit reached! 96.8W PPT limit reached! 89.1W PPT limit reached! 92.6W PPT limit reached! 80.3W PPT limit reached! 93.4W EDC limit reached! 140A EDC limit reached! 140A EDC limit reached! 140A EDC limit reached! 140A EDC limit reached! 140A EDC limit reached! 140A EDC limit reached! 140A EDC limit reached! 140A EDC limit reached! 140A EDC limit reached! 140A EDC limit reached! 140A EDC limit reached! 140A EDC limit reached! 140A EDC limit reached! 140A EDC limit reached! 140A EDC limit reached! 140A EDC limit reached! 140A EDC limit reached! 140A EDC limit reached! 140A EDC limit reached! 140A EDC limit reached! 140A EDC limit reached! 140A EDC limit reached! 140A EDC limit reached! 140A EDC limit reached! 140A EDC limit reached! 140A EDC limit reached! 140A Phoenix ready! Cinebench R20 started Cinebench R20 finished with result: 8003 Voltage: 1.162 V PPT: 142 W Temperature: 66.2° 22:06:40: Test 1 started! Basic statistics CORE / CPPC / FREQUENCY / VID / POWER / TEMP / DEBUG C01 170 F 110 V 1.448 W 0.72 T 38.15 L 0.952 C02 174 F 4748 V 1.448 W 12.16 T 72.3 L 1.33 C03 174 F 4766 V 1.448 W 12.37 T 72.2 L 1.326 C04 162 F 12 V 1.448 W 0.24 T 45.4 L 0.954 C05 158 F 110 V 1.448 W 1.68 T 39.75 L 0.956 C06 166 F 58 V 1.448 W 1.56 T 42.28 L 0.949 C07 133 F 196 V 1.448 W 1.6 T 42.36 L 0.967 C08 137 F 150 V 1.448 W 1.5 T 38.4 L 0.923 C09 150 F 4 V 1.448 W 0.11 T 39.48 L 0.909 C10 141 F 6 V 1.448 W 0.11 T 35.78 L 0.909 C11 145 F 40 V 1.448 W 0.55 T 39.2 L 0.915 C12 154 F 9 V 1.448 W 0.18 T 35.83 L 0.908 Vdroop: 0% 4650 - PASSED 4675 - PASSED 4700 - PASSED 4725 - PASSED 4750 - PASSED 4775 - PASSED 4800 - PASSED 4825 - PASSED 4850 - PASSED 4875 - PASSED 22:07:22: Cinebench stopped! PX HIGH sub-profile CPU usage(min): 8.1% CPU usage(avg): 10.1% CPU usage(max): 12.5% SAFE: 4750MHz FAST: 4875MHz 22:07:22: Test 1 finished! 22:07:22: Test 2 started! Basic statistics CORE / CPPC / FREQUENCY / VID / POWER / TEMP / DEBUG C01 170 F 4701 V 1.415 W 10.65 T 62.83 L 1.277 C02 174 F 4690 V 1.415 W 11.13 T 69.49 L 1.272 C03 174 F 4701 V 1.415 W 11.01 T 71.82 L 1.276 C04 162 F 89 V 1.415 W 1.36 T 51.78 L 0.948 C05 158 F 138 V 1.415 W 1.64 T 41.48 L 0.946 C06 166 F 4656 V 1.415 W 10.6 T 66.88 L 1.296 C07 133 F 352 V 1.415 W 1.76 T 42.67 L 1.006 C08 137 F 257 V 1.415 W 1.6 T 38.33 L 0.936 C09 150 F 18 V 1.415 W 0.11 T 40.73 L 0.914 C10 141 F 46 V 1.415 W 0.18 T 35.82 L 0.917 C11 145 F 94 V 1.415 W 0.3 T 40.62 L 0.919 C12 154 F 16 V 1.415 W 0.16 T 35.48 L 0.912 Vdroop: 0.51% 4600 - PASSED 4625 - PASSED 4650 - PASSED 4675 - PASSED 4700 - PASSED 4725 - PASSED 4750 - PASSED 4775 - PASSED 4800 - PASSED 22:08:03: Cinebench stopped! PX MID sub-profile CPU usage(min): 16.7% CPU usage(avg): 16.98% CPU usage(max): 20.9% SAFE: 4725MHz FAST: 4800MHz Max CPU usage for PX MID: 20% 22:08:03: Test 2 finished! 22:08:03: Test 3 started! Basic statistics CORE / CPPC / FREQUENCY / VID / POWER / TEMP / DEBUG C01 170 F 4592 V 1.39 W 9.52 T 61.83 L 1.207 C02 174 F 4594 V 1.39 W 10.35 T 70.19 L 1.211 C03 174 F 4587 V 1.39 W 10.21 T 73.85 L 1.216 C04 162 F 4576 V 1.39 W 10.12 T 74.18 L 1.276 C05 158 F 4015 V 1.39 W 8.52 T 62.07 L 1.214 C06 166 F 4596 V 1.39 W 10.15 T 71.76 L 1.236 C07 133 F 182 V 1.39 W 1.4 T 43.28 L 0.944 C08 137 F 118 V 1.39 W 1.23 T 37.58 L 0.915 C09 150 F 27 V 1.39 W 0.44 T 43.41 L 0.91 C10 141 F 155 V 1.39 W 1.19 T 38.92 L 0.918 C11 145 F 22 V 1.39 W 0.38 T 42.97 L 0.912 C12 154 F 140 V 1.39 W 0.6 T 38.27 L 0.916 Vdroop: 0.96% 4475 - PASSED 4500 - PASSED 4525 - PASSED 4550 - PASSED 4575 - PASSED 4600 - PASSED 4625 - PASSED 4650 - PASSED 4675 - PASSED 4700 - PASSED 22:08:44: Cinebench stopped! PX LOW sub-profile CPU usage(min): 25% CPU usage(avg): 25.28% CPU usage(max): 29.1% SAFE: 4625MHz FAST: 4700MHz Max CPU usage for PX LOW: 29% 22:08:45: Test 3 finished! 22:08:45: Test 4 started! Basic statistics CORE / CPPC / FREQUENCY / VID / POWER / TEMP / DEBUG C01 170 F 4502 V 1.296 W 5.68 T 49.75 L 1.134 C02 174 F 4502 V 1.296 W 6.2 T 56.74 L 1.14 C03 174 F 4502 V 1.296 W 5.91 T 58.98 L 1.142 C04 162 F 4502 V 1.296 W 6.27 T 60.14 L 1.18 C05 158 F 4502 V 1.296 W 5.82 T 51.95 L 1.169 C06 166 F 4502 V 1.296 W 5.99 T 58.21 L 1.15 C07 133 F 4502 V 1.296 W 6.28 T 53.36 L 1.182 C08 137 F 4502 V 1.296 W 6.36 T 51.39 L 1.169 C09 150 F 4502 V 1.296 W 6.6 T 58.14 L 1.166 C10 141 F 4502 V 1.296 W 6.59 T 55.62 L 1.167 C11 145 F 4502 V 1.296 W 6.52 T 58.39 L 1.166 C12 154 F 4502 V 1.296 W 6.46 T 56.22 L 1.159 22:08:59: Stress test stopped. Start VID 1275 Start FREQ CCX#1 4450 Start FREQ CCX#2 4450 Vdroop: 1.49% 4475 / 4475 - PASSED 4500 / 4500 - PASSED 4525 / 4525 - PASSED 4550 / 4550 - PASSED 4575 / 4575 - PASSED 4600 / 4600 - PASSED P2 PROFILE VID: 1275mV CCX#1: 4600MHz CCX#2: 4600MHz 22:09:08: Stress test stopped. 22:09:08: Test 4 finished! 22:09:08: Test 5 started! Basic statistics CORE / CPPC / FREQUENCY / VID / POWER / TEMP / DEBUG C01 170 F 4324 V 1.227 W 6.08 T 51.81 L 1.086 C02 174 F 4324 V 1.227 W 6.32 T 58.83 L 1.092 C03 174 F 4324 V 1.227 W 6.32 T 61.8 L 1.094 C04 162 F 4324 V 1.227 W 6.51 T 62.86 L 1.114 C05 158 F 4324 V 1.227 W 6.02 T 53.91 L 1.104 C06 166 F 4324 V 1.227 W 6.42 T 61.78 L 1.102 C07 133 F 4324 V 1.227 W 6.71 T 55.98 L 1.106 C08 137 F 4324 V 1.227 W 6.6 T 53.51 L 1.099 C09 150 F 4324 V 1.227 W 6.86 T 60.5 L 1.101 C10 141 F 4324 V 1.227 W 6.87 T 57.93 L 1.101 C11 145 F 4324 V 1.227 W 7.01 T 61.74 L 1.103 C12 154 F 4324 V 1.227 W 6.94 T 59.58 L 1.098 Start VID 1175 Start FREQ CCX#1 4225 Start FREQ CCX#2 4200 Vdroop: 1.53% 4250 / 4225 - PASSED 4275 / 4250 - PASSED 4300 / 4275 - PASSED 4325 / 4300 - PASSED 4350 / 4325 - PASSED 4375 / 4350 - PASSED 4400 / 4375 - PASSED 4425 / 4400 - PASSED 4450 / 4425 - PASSED 4475 / 4450 - PASSED 4475 / 4475 - PASSED P1 PROFILE VID: 1175mV CCX#1: 4475MHz CCX#2: 4475MHz 22:09:38: Stress test stopped. Cinebench R20 started Cinebench R20 finished with result: 8733 Voltage: 1.175 V PPT: 154.9 W Temperature: 71.3° 22:10:21: Test 5 finished! 22:10:21: OB test started! 22:10:21: This test can reboot the system! 22:10:21: There is no need to worry, it's safe. 22:10:26: Step: 1 CCX1 OB: -24 FREQ 4125MHz CCX2 OB: -29 FREQ 4125MHz 22:10:31: Test#1 22:11:01: Test#2 22:11:34: Step: 2 CCX1 OB: -12 FREQ 4150MHz CCX2 OB: -18 FREQ 4150MHz 22:11:44: Test#1 22:12:15: Test#2 22:12:48: Step: 3 CCX1 OB: -5 FREQ 4175MHz CCX2 OB: -13 FREQ 4175MHz 22:12:58: Test#1 22:13:29: Test#2 22:14:02: Step: 4 CCX1 OB: 0 FREQ 4200MHz CCX2 OB: -9 FREQ 4200MHz 22:14:12: Test#1 22:14:42: Test#2 22:15:15: Step: 5 CCX1 OB: 11 FREQ 4225MHz CCX2 OB: 1 FREQ 4225MHz 22:15:25: Test#1 22:15:56: Test#2 22:16:29: Step: 6 CCX1 OB: 20 FREQ 4250MHz CCX2 OB: 10 FREQ 4250MHz 22:16:39: Test#1 22:17:10: Test#2 22:17:43: Step: 7 CCX1 OB: 25 FREQ 4275MHz CCX2 OB: 20 FREQ 4275MHz 22:17:53: Test#1 22:18:23: Test#2 22:18:56: Step: 8 CCX1 OB: 32 FREQ 4300MHz CCX2 OB: 29 FREQ 4300MHz 22:19:07: Test#1 22:19:37: Test#2 22:20:10: Step: 9 CCX1 OB: 45 FREQ 4325MHz CCX2 OB: 36 FREQ 4325MHz 22:20:20: Test#1 22:20:51: Test#2 22:21:24: Step: 10 CCX1 OB: 56 FREQ 4350MHz CCX2 OB: 47 FREQ 4350MHz 22:21:34: Test#1 22:22:05: Test#2 22:22:38: Step: 11 CCX1 OB: 68 FREQ 4375MHz CCX2 OB: 53 FREQ 4375MHz 22:22:48: Test#1 22:23:18: Test#2 22:23:18: CCX2 instability detected! 22:23:18: Thread# 16 fall down! 22:23:18: Stress test stopped. CCX1 OB: 68 FREQ 4375MHz CCX2 OB: 48 FREQ 4350MHz 22:23:28: Test#1 22:23:47: CCX1 instability detected! 22:23:47: Thread# 4 fall down! 22:23:47: Stress test stopped. CCX1 OB: 57 FREQ 4350MHz CCX2 OB: 46 FREQ 4350MHz 22:23:57: Test#1 22:24:27: Test#2 Results OB testing CCX1 OB: 57 CCX2 OB: 46 CORES ORDER (from the best to the worst) ### CPPC VID FIT 1 С03 С01 С04 2 С02 С02 С03 3 С01 С03 С06 4 С06 C12 C11 5 С04 С08 С09 6 С05 С09 C12 7 C12 C10 С02 8 С09 С06 C10 9 C11 C11 С07 10 C10 С05 С05 11 С08 С07 С08 12 С07 С04 С01 AVX light mode Cycle time: 60000 ms Reference frequency: 4375MHz Reference voltage: 1187 mV Voltage step: 6 mV Manual overclocking mode enabled 22:25:04: Saving temporary settings... 22:25:09: CCX1 (158): 4375 MHz, 1187 mV 22:25:09: CCX2 (133): 4375 MHz, 1187 mV 22:25:09: Step# 1. Diagnostic VID: 1187 mV 22:25:09: Stress test 1 started... 22:25:44: Stress test stopped. 22:25:45: Stress test 2 started... 22:26:20: Stress test stopped. 22:26:21: Step# 2. Diagnostic VID: 1106 mV 22:26:21: Stress test 1 started... 22:26:56: Stress test stopped. 22:26:57: Stress test 2 started... 22:27:31: Stress test stopped. 22:27:32: Step# 3. Diagnostic VID: 1100 mV 22:27:32: Stress test 1 started... 22:28:07: Stress test stopped. 22:28:08: Stress test 2 started... 22:28:42: Stress test stopped. 22:28:44: Step# 4. Diagnostic VID: 1094 mV 22:28:44: Stress test 1 started... 22:29:18: Stress test stopped. 22:29:19: Stress test 2 started... 22:29:54: Stress test stopped. 22:29:55: Step# 5. Diagnostic VID: 1088 mV 22:29:55: Stress test 1 started... 22:30:29: Stress test stopped. 22:30:31: Stress test 2 started... 22:31:05: Stress test stopped. 22:31:06: Step# 6. Diagnostic VID: 1082 mV 22:31:06: Stress test 1 started... 22:31:41: Stress test stopped. 22:31:42: Stress test 2 started... 22:32:16: Stress test stopped. 22:32:17: Step# 7. Diagnostic VID: 1076 mV 22:32:17: Stress test 1 started... 22:32:52: Stress test stopped. 22:32:53: Stress test 2 started... 22:33:28: Stress test stopped. 22:33:29: Step# 8. Diagnostic VID: 1070 mV 22:33:29: Stress test 1 started... 22:34:03: Stress test stopped. 22:34:04: Stress test 2 started... 22:34:39: Stress test stopped. 22:34:40: Step# 9. Diagnostic VID: 1064 mV 22:34:40: Stress test 1 started... 22:35:15: Stress test stopped. 22:35:16: Stress test 2 started... 22:35:50: Stress test stopped. 22:35:51: Step# 10. Diagnostic VID: 1058 mV 22:35:51: Stress test 1 started... 22:36:26: Stress test stopped. 22:36:27: Stress test 2 started... 22:37:01: Stress test stopped. 22:37:02: Step# 11. Diagnostic VID: 1052 mV 22:37:03: Stress test 1 started... 22:37:37: Stress test stopped. 22:37:38: Stress test 2 started... 22:37:43: Thread# 0 fall down! 22:37:43: Stress test stopped. 22:37:45: Step# 12. Diagnostic VID: 1058 mV DIAGNOSTIC RESULTS AMD Ryzen 9 5900X 12-Core Processor CPU VID: 1058 CPU TEL: 1046 Max temperature: 62.86° Energy efficient: 4.18 Your CPU is GOLDEN SAMPLE Recomended CCX delta: 0 Theoretical maximum CCX delta: 25 Recomended values for overclocking (P1 profile): Reference voltage: 1175 mV Reference frequency: 4500 MHz Recomended values for overclocking (P2 profile): Reference voltage: 1275 mV Reference frequency: 4650 MHz Recomended values for undervolting: Reference voltage: 1000 mV Reference frequency: 4150 MHz Phoenix deactivated! P1 PROFILE successfully saved! P2 PROFILE successfully saved! Profile PX successfully saved! Hybrid OC. P1 PROFILE successfully activated! Hybrid OC. P2 PROFILE successfully activated! Hybrid OC. PX PROFILE successfully activated!

Anonymous

@Yuri should we be clearing and starting diag & tuning fresh on each of these minor versions?

Danut Rotaru

As will be with every version clear and restart every time

iNerd

https://www.3dmark.com/3dm/61571573 Firestrike on 3Dmark first time 36300! with sweetspot for graphics on my 5900x or maybe sweetspot for now because when i hit 4925mhz i got better graphics then when i push to 4950 or 5000mhz. Does this sounds logic? i dont know. But CTR2.0 works great for me! Thanks Yuri! Any Suggestion is high welcome! From Yuri and any of you guys! also the autostart was actually rootcause i was not waiting long enough! i belive! But Works Great!

DeeJay

1. Performance: since RC5v17, my 5950X is diagnosed for much less max clocks vs before. Since then, with every build I can easily set +0.2V and about +100-300Hz depending on the profile. On single core I noticed that PBO still had better results but that has lower priority for me. 2. Application: results are still missing - I assume it is because during OB as it suggests, it does reboot, and only afterwards "saving temp settings", so maybe the initial CB scores aren't saved so lost and unable to compare and draw the charts.

Anonymous

@deejay same for me here...

iNerd

https://www.3dmark.com/3dm/61608548 crazy. i never was getting such results before! this is amazing! Yuri you crazy! ***ClockTuner for Ryzen 2.1 RC5(ver.22) by 1usmus*** AMD Ryzen 9 5900X 12-Core Processor ASUS ROG CROSSHAIR VIII DARK HERO BIOS ver. 3501 SMU ver. 56.50.00 TABLE ver. 3672069 DRAM speed 3800 MHz 05/11/2021 07:49:06 P1 FREQ CCX1# 4500MHz FREQ CCX2# 4475MHz VID# 1175mV Usage trigger# 81% OB CCX1# 57 OB CCX2# 46 P2 FREQ CCX1# 4625MHz FREQ CCX2# 4600MHz VID# 1275mV Usage trigger# 29% OB CCX1# 57 OB CCX2# 46 PX FREQ HIGH# 4850MHz FREQ MID# 4750MHz FREQ LOW# 4725MHz VID HIGH# 1375mV VID MID# 1375mV VID LOW# 1350mV OB HIGH# 57 OB MID# 73 OB LOW# 73 Usage trigger# 12% PX OB LIMIT# 100MHz Hybrid OC enabled! P1 PROFILE successfully activated! P2 PROFILE successfully activated! PX PROFILE successfully activated! Profile PX successfully saved! Hybrid OC. PX PROFILE successfully deactivated! Hybrid OC. PX PROFILE successfully activated!

iNerd

bit changed and tweaked and new best score in TimeSpy - 18144pts! https://www.3dmark.com/3dm/61610104 @Yuri am i going too high or should i run stability test to check this? ***ClockTuner for Ryzen 2.1 RC5(ver.22) by 1usmus*** AMD Ryzen 9 5900X 12-Core Processor ASUS ROG CROSSHAIR VIII DARK HERO BIOS ver. 3501 SMU ver. 56.50.00 TABLE ver. 3672069 DRAM speed 3800 MHz 05/11/2021 09:16:16 P1 FREQ CCX1# 4500MHz FREQ CCX2# 4475MHz VID# 1175mV Usage trigger# 81% OB CCX1# 57 OB CCX2# 46 P2 FREQ CCX1# 4625MHz FREQ CCX2# 4600MHz VID# 1275mV Usage trigger# 29% OB CCX1# 57 OB CCX2# 46 PX FREQ HIGH# 4875MHz FREQ MID# 4750MHz FREQ LOW# 4725MHz VID HIGH# 1375mV VID MID# 1375mV VID LOW# 1350mV OB HIGH# 57 OB MID# 73 OB LOW# 73 Usage trigger# 12% PX OB LIMIT# 100MHz Hybrid OC enabled! P1 PROFILE successfully activated! P2 PROFILE successfully activated! PX PROFILE successfully activated!

Anonymous

Autoload/save states bug is still there, not working after I restart. And many people reported it and you keep pointing us the guide when this is a bug with RC5... I managed to "fix" this adding a shortcut to startup windows 10 folder after I had it configured and enabled. Also getting the "weak cooling system detected" and alternative test method after restart with a custom water loop and 5950x. Back in RC4 diagnostic was working much better than now

Anonymous

I'm having issues getting LLC between 1.5 and 3.5 with my MSI Tomahawk. I'm getting 1.16 on Mode 4 or 3.6 with mode 5. Which would be preferable?

Anonymous

Hi guys, I installed ver22 but I have constantly restart my pc with ver 17 was everything OK, maybe change sthing in the bios?

Anonymous

Yuri please help :)

Anonymous

Jeah me 2, but it works kind of

SpaceGhostC2C

.22 works good for me. Killing it. My 5950X Golden CPU scoring 11,800 CB20 single core 640 a fire strike run 41,920 https://www.3dmark.com/fs/25544893

Rory O'Donnell

Yuri - do we know what fixes/updates are in the new v23 release?

Rory O'Donnell

Yuri - can we patreons get version 23 please - the one with OB functionality !!

Rory O'Donnell

For ease of your understanding, OB can be converted to CO (or vice versa). 4 OB = 1 CO. That is, if you have CO 10 for the worst core (current CCX), you can calculate the OB for P1 and P2 very easily. 10 * 4 = 40. Or just trust OB caluclations.

Rory O'Donnell

typo in the recent documentation.. - trust OB caluclations ...calculations

iNerd
>>59703696

hell no 5+ ghz and that clock on a 3090? custom loop? there is no way you can run that with 52* average on this level with air? :)) but i‘m impressed! well done sir!

iNerd

@Yuri since i have dark hero aswell - what is meaning from performance bias and what should be set there? leave it to auto? to none? or what do you suggest? Thanks

Morgan Ring

Been running ver.22 for awhile now, pretty heavy gaming and my system is running smooth and cool and with great FPS with whatever I throw at it. Big thanks again Yuri and Co!

Anonymous

yeah, i tried finally to run that ver. 22 again. Same thing kept happening. After diagnostic, it would just reboot the system, then reopen, then reboot the system the again and again... basically a cycle of this. So what i did was just take the results and input them into ver.15 and ver. 15 runs nicely. I've pretty much been staying on ver. 15 because it appears to be the most stable for my system.

SpaceGhostC2C

What program can I use to test P2 Profile?

Anonymous

"Some users let warm air from the video card through the CPU AIO heatsink, thereby the video card heats the processor. Yes, I know that this is a user problem, but I want to help a little bit." Yes Trying to find a way around a similar problem by changing airflow direction. My 3090 backplate is very close to my noctua (air cool) cpu heat sink. I've noticed higher than expected cpu idle temps, and suspected for a while the GPU may be preventing some amount of CPU cooling. Again, not a CTR problem, but a user problem. :) RC5v.22 has worked great for me so far. I'm only wondering if my idle or low use voltages are low enough because it is averaging 1.22 with light load. Also big power reporting deviation in hwinfo with msi tomahawk x570 mag, 5900x, llc 5, 1.15, .95

1usmus
>>60760454

AMD has the quiescent state unlocked and the maximum VID can be 1.45. CTR - 1.1. In any case absolutely any profile can go to undervoltage mode even if you use VID 1.45. The real value may be 0.3V for example.

Anonymous
>>59672687

I'm using mode 5 on mine. A little vdroop is a good thing. 3.6 is really ok. Of course there are some performance advantages to using auto llc with the most recent rc6 v.13